Module:MOS: Difference between revisions

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@@ Line 140: / Line 140: @@
 		ns = round(ns/d)
 	end
-	local current_nL, current_ns = nL, ns
+	local current_L, current_s = 0, 0
-	local path_to_root = {}
+	local result = ''
-	while current_nL > 1 or current_ns > 1 do -- while current mos is not 1L 1s<equave>, record current mos and go up to parent
+	while current_L < a or current_s < b do
-		table.insert(path_to_root, {[1] = current_nL, [2] = current_ns})
+		if (current_s + 1) * a <= b * (current_L) then
-		current_nL, current_ns = math.min(current_nL, current_ns), math.abs(current_nL - current_ns) -- parent's nL and ns
+            current_s = current_s + 1
-	end
+            result = result .. 's'
-	local len_of_path = table.getn(path_to_root)
+        else
-	local result = 'Ls'
+            current_L = current_L + 1
-	for j = len_of_path, 1, -1 do
+            result = result .. 'L'
-		local child_nL, child_ns = path_to_root[j][1], path_to_root[j][2]
+        end
-		if child_nL > child_ns then -- this will give darkest mode, reverse for brightest mode
-			result = string.gsub(result, '[Ls]', {['L'] = 'sL', ['s'] = 'L'})
-			result = string.reverse(result)
-		else
-			result = string.gsub(result, '[Ls]', {['L'] = 'Ls', ['s'] = 's'})
-		end
 	end
 	return string.rep(result, d)